The ﬁrst motorised cars were basically horse-drawn carriages with the hoofed mammal expunged and an engine grafted on. Swopping out the equine had many beneﬁts, chief of which was arriving at your destination quicker and smelling better.
The move also aff orded carmakers ﬂexibility in design, from the vehicle’s shape to its controls. But, because people in general are loath to dump practices and metaphors of the past – coachbuilders, for instance, stuck around in the industry for quite a while before becoming obsolete – it took decades for the automobile to evolve into what we are familiar with today.
Like that sea change of yore, we now stand at the cusp of another revolution in the history of the car: the switch of propulsion du jour from fuel combustion to electron ﬂow. To realise the technology’s full potential, a novel mode of transport will surely emerge in the future; the only unknown is what form this development would take. If I were a betting man, I would place my dollar on individual, self driven pods, wirelessly charged by induction from loops installed in roads beneath them.
A PARADIGM SHIFT
At present, neither customer appetite nor public infrastructure supports this kind of thing. So what we have is this instead, the Jaguar I-Pace. It is a fully electric SUV, second only to Tesla Model X in the market. Externally, it slots in between the British carmaker’s conventionally powered E-Pace and F-Pace SUV models. But because electric drivetrains are more compact, internally its space rivals that of Jaguar’s own long-wheel-base XJ limousine.
Although marketed as an SUV – presumably because this is, after all, the hottest segment in motoring – the relatively low ride height of the I-Pace makes it more akin to a sports crossover a la the BMW X4 or Mercedes-Benz GLC Coupe. But here is where the similarity ends.
Beneath the gorgeous, albeit still mainstream, skin lies ground-breaking underpinnings. To avoid culture shock, a lot of the changes are invisible to the driver – Jaguar having gone through great lengths to provide options that make the I-Pace mimic the behaviour of a petrol- or diesel-powered car. A sort of “legacy mode”, if you will, that the meek can call upon, similar to the code Windows 10 contains should you need to run the odd MS-DOS programme in 2019.
Like the ersatz engine note piped through the speakers that increases in tempo and volume as you go faster, to cover up the eerie silence of the electric motor. Or the “creep” in drive and reverse mode to simulate the effect of an automatic gearbox. The biggest paradigm shift, however, is one-pedal driving. To slow down a conventional car, you apply the brakes, using friction created by the pads clamping onto the disc in the wheels to convert motion to waste heat.
In an electric car, the motor that generates motion from electricity also works in the opposite direction. In other words, it can turn motion back into electricity to be stored in the battery. This is called regenerative braking and is the most efficient way to operate an electric vehicle. Using one pedal, you can speed up and slow down – even to a complete stop with “creep” mode turned off – with the mid-point selected for steady pace. Easy-peasy.
In theory, at least. To be honest, I could not get used to the system in the short three days that I spent in the Jag. I often released the accelerator too much, causing the car to pitch forward as it slowed down too quickly. Needing to hover the pedal at the magic spot demanded a surprising amount of attention.
So I turned the feature off, using the good old brake pedal to impede progress when necessary. Having said that, Teslas operate in a similar one-pedal fashion which, if Internet forums are anything to go by, fans swear by, so I suppose practice makes perfect.
(Technically speaking, regenerative braking cannot in fact be totally switched off. But at the lowest setting, the retardation experienced when one lifts off the accelerator is barely perceptible. Stepping on the brake pedal halfway also triggers regenerative braking; friction braking only takes over when you press harder. To all intents and purposes, the driver will not notice the difference.)
It would seem that my preference had a bit of an impact on range. Jaguar claims that the I-Pace will go as far as 470km on one full charge which, given its 90kWh battery, works out to be an “electricity consumption” of 19.1 kWh/100km. (This measure is analogous to the litre/100km used in fossil fuelled cars.)
I achieved 25.4 kWh/100km, or 320km, before I ran out of juice. I also drove with a heavy right foot. A normal driver should expect something in between, which means that the average Singaporean would need to top up the car at most twice weekly. Unless you are moon lighting for Grab or Gojek, range anxiety should not be an issue.
Most owners would ﬁnd charging the car at home the most convenient option, using the AC wall box provided gratis with every purchase. Plug it in overnight, and a completely spent I-Pace will ﬁll up in just over 12 hours. For science, we juiced up the car at a public 50 kW DC charger – the fastest available at press time. It took about an hour to ﬁll up the car up from 70 per cent charge, at a cost of $14.
IT’S A WASH
Which brings us to the elephant in the room: Is it cheaper to buy and run an I-Pace over a similar car with an internal combustion engine? A back of-the-envelope calculation reveals that it is pretty much a wash.
Let’s compare the I-Pace with Jaguar’s F-Pace 3.0 V6 Supercharged SUV, which boasts of 65 fewer horses but is cheaper by $50,000. The annual road tax for the I-Pace and F-Pace is $5,802 and $2,380 respectively, or a difference of $3,422 in the F-Pace’s favour.
Taking an average of 24,000km driven a year and Jaguar’s published efficiency ﬁ gures, you would spend $1,173 (at 25.52 cents/kWh residential rate) and $4,752 (at $2.20/litre) ﬁlling up the I-Pace and F-Pace respectively, or a difference of $3,579 in the I-Pace’s favour.
Other factors deserve consideration. The I-Pace has a lower maintenance cost due to fewer mechanical parts; this is reﬂected in its longer warranty period over the F-Pace. And then there are the intangibles. The I-Pace emits nothing at the tail pipe, so you can feel good about yourself. It handles excellently, with a low centre of gravity thanks to the heavy batteries mounted below the ﬂoor. With neither turbocharger to spool up nor engine to rev up, its torque also comes instantly, renderingit neck-snappingly responsive.
Yet, a case could still be made for internal combustion. While the I-Paceis undoubtedly a capable machine, without the roar of an engine, it can come across feeling soul-less to this Luddite. Then again, if I had bought one of the ﬁrst cars back in the late 1800s, I might have missed the neighing of my horse too.
Jaguar Singapore. 45 Leng Kee Road. www.jaguar.com.sg
THE NUMBERS MOTOR:
Two synchronous permanent magnet electric motors, 90kWh battery
(opposite page) Designed by Ian Callum, the I-Pace boasts a sleek, coupe-like silhouette, made slippery with lots of aerodynamic tweaks.
(this page) ...such as a steeply raked rear windscreen that does not need a wiper, swept clean via airflow alone.
TIME TO REFUEL
The charger that comes free with the car adds enough juice per hour to extend range by 35km.
The I-Pace comes with seats upholstered in fine-grain leather; going eco does not mean giving up on the nice things in life.
3 NEW FEATURES IN THE JAGUAR I-PACE
01 FIRST EDITION
For the initial year of global production, the I-Pace is available in a special trim that includes a unique colour option, metal tread-plates, bigger wheels and a glossy ash veneer (pictured). Adaptive dynamics, adaptive surface response and active air suspension also come as standard.
02 FULL-SIZE PANORAMIC ROOF
An expansive piece of glass replaces sheet metal, flooding the cabin with light and making the interior feel even bigger than it is. Jaguar says that the material is solar attenuating. But in our experience, nothing beats a blind to fight Singapore’s tropical climate.
03 CONNECTED-CAR TECHNOLOGY
The I-Pace is packed with clever tech, like “smart settings”. This is particularly useful if you share the car; it learns of your preferences over time, and sets them as you approach the car, using key fob and smartphone Bluetooth signals to identify you.